Brooke G6 Oxygen Nitrogen Hydrogen Analyzer

NegotiableUpdate on 02/04

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The G6-LEONARDO Bruker Oxygen Nitrogen Hydrogen Analyzer is an analytical instrument developed by Bruker GmbH in Germany, which uses the Inert Gas Melting (IGF) method and is suitable for the determination of oxygen, nitrogen, and hydrogen. Its advantages include thermal conductivity detectors, high-temperature electrode furnaces, highly reliable argon gas carrier systems, and compact and easy to maintain designs, suitable for process and quality control.

Product Details

Instrument Name: G6-LEONARDO Oxygen Nitrogen Hydrogen Analyzer

Instrument model: G6 Leonardo

Instrument origin: Germany

　　1、 Introduction:

The three non-metallic elements of oxygen (O), nitrogen (N), and hydrogen (H) determine the quality, service life, and mechanical properties of all metallic materials. Unlike the composition of metal alloys, the content of oxygen, nitrogen, and hydrogen can sometimes vary greatly throughout the entire process chain from raw material production to finished product completion. Even at extremely low concentrations, oxygen, nitrogen, and hydrogen have a significant impact on material properties.

　　2、 Instrument Introduction:

　　G6-LEONARDOThe Bruker Oxygen Nitrogen Hydrogen Analyzer is an oxygen, nitrogen, and hydrogen analyzer developed and manufactured by Bruker in Germany. It uses the Inert Gas Melting (IGF) method and requires high-temperature melting of sample materials in a graphite crucible. Because during sample melting, total oxygen, total nitrogen, and total hydrogen can be extracted into an inert carrier gas, this principle is commonly referred to as gas melting analysis (GFA) or melt extraction method. Its analysis mode can choose single or double elements (O, N, H, ON, OH), making it an ideal tool for process and quality control.

布鲁克氧氮氢分析仪

　　3、 Advantages of Brooke G6-LEONARDO Oxygen Nitrogen Hydrogen Analyzer:

1. The thermal conductivity detector is used for hydrogen and nitrogen element analysis, with a detection limit of the order of magnitude below ppm (assuming a sample size of 1g);

2. When analyzing refractory material samples, a temperature of over 3000 ° C can be achieved through an electrode furnace;

3. Determine the oxygen content and use argon instead of helium as the carrier gas to ensure high reliability and low cost of ownership;

4. Compact in appearance and easy to maintain.

　　4、 Technical parameters:

1. Analysis time: Approximately 50 seconds (depending on the material type and weight of the sample);

2. Power supply: analyzer: 400V, 7KVA;

3. Peripheral devices: 230V, 800VA;

4. Carrier gas: argon (O, N), helium (O, N), nitrogen (H); The purity of each carrier gas should reach 99.996% (when analyzing trace elements, the purity of the carrier gas should reach 99.999%);

5. Cooling water: 4 L/min, supply pressure 3 bar;

6. Instrument size: 71 x 66 x 78 cm (width x depth x height),~145 kg;

7. Analytical modes: single or double element O, N, H, ON, OH;

布鲁克氧氮氢分析仪